Through its Transform to Open Science (TOPS) initiative, NASA has committed $40 million to empower researchers, developers, and students to access government scientific data. Here is everything you need to know about participating in the NASA Open Science curriculum, earning official verified badges, and leveraging real NASA datasets in your computing projects.
What is NASA Open Science 101?
NASA Open Science 101 (OS101) is a structured, five-module curriculum designed to train the next generation of scientific developers in open data, open code, and collaborative research methodologies.
The curriculum consists of five core learning modules:
- Module 1: Ethos of Open Science: Fundamentals of transparency, ethical data stewardship, and public reproducibility.
- Module 2: Open Tools & Resources: Navigating open-source software licenses (MIT, Apache 2.0, GPL) and version control workflows.
- Module 3: Open Data: FAIR data principles (Findable, Accessible, Interoperable, and Reusable) and petabyte-scale storage architectures.
- Module 4: Open Code: Writing clean, containerized, and documented scientific software using Jupyter, Python, and Docker.
- Module 5: Open Results: Pre-print servers, open-access publishing, and public dissemination of technical findings.
How to Earn the NASA Open Science Digital Badge
Students can complete the curriculum completely free of charge online through platforms like the open NASA science portal or during virtual cohort bootcamps.
- Enroll in the self-paced online curriculum at the official NASA science portal.
- Complete the interactive knowledge assessments at the conclusion of each of the five modules.
- Upon passing with an 80% or higher score, you will be issued a verifiable NASA Open Science Digital Badge hosted on Credly.
- You can embed this official credential directly into your LinkedIn profile, personal portfolio, and engineering resume.
Working with Real NASA Datasets
Beyond theoretical badges, students can access petabytes of real observational data via NASA APIs and cloud storage buckets:
- NASA Open Data Portal: Access meteorological datasets, asteroid trajectory telemetry, and Mars rover imagery.
- Earthdata Cloud: Satellite remote-sensing imagery covering deforestation, ocean temperatures, and urban expansion.
- NASA APOD API: The Astronomy Picture of the Day API, a fantastic endpoint for student web development projects.
NASA International Space Apps Challenge
Each October, NASA hosts the world's largest annual global hackathon—the Space Apps Challenge. Over 50,000 participants across 180 countries spend 48 hours solving real challenges faced on Earth and in space using NASA open data. Participating is free and an extraordinary showcase on any student engineer's CV.